MED-X Fractional Laser with Radiofrequency

The MED-X fractional laser with radiofrequency is a unique tool that can work wonders in the hands of a professional. The device's operation is based on laser ablation, or photothermolysis. It can be used in aesthetics, dermatology, and gynecology. The device meets all EU safety standards.

What is a fractional laser and how does it work?

The method is ablative. When the device comes into contact with the skin, it creates a fractional effect. A light beam with a wavelength of 10.6 microns is generated, which has a targeted effect on the tissues of the epidermis and mucous membranes.
In the laser treatment process, numerous thermally damaged zones are created: "microthermal treatment zones" (MLZs) with controlled width, depth, and density. These zones are surrounded by intact areas of viable epidermis and dermis, which contribute to the rapid recovery of the microscopically treated areas.
Damage occurs only in certain areas of the skin, so the total area of ​​influence averages 15–35%. Vaporization depth ranges from 100 micrometers to 2,000 micrometers and directly depends on the energy parameters of the laser radiation: the more energy the laser beam has, the deeper it penetrates.

With the help of a fractional CO2 laser, a physician can perform the following procedures:

• Skin tightening
• Elimination of wrinkles, stretch marks, scars and uneven terrain
• Removal of age-related pigmentation
• Removal of superficial neoplasms: papillomas, condylomas, warts
• Rejuvenation of the skin and mucous membranes of the female reproductive organs
• Therapy and prevention of gynecological diseases.

The MED-X fractional CO2 laser is an opportunity to help clients quickly and safely rejuvenate, improve their appearance, and eliminate cosmetic defects and problems in the deepest corners of the body.

Why laser - fractional and CO2 with RF?

Fractional laser therapy means it selectively affects tissues, vaporizing some and sparing others. This reduces healing time in the burned area to several days.
The reference to CO2 reflects the principle of laser pumping. Carbon dioxide is used as the active medium. In addition to the powerful main beam, the device includes an additional diode laser pointer, allowing it to direct and move the light spot as precisely and efficiently as possible.
Radiation transmission from the generator to the handpiece is via a flexible seven-bend optical waveguide.

Advantages of the fractional laser radiofrequency module

MedX Laser CO2 fractional lasers use a radio frequency module (RF tube) instead of a glass gas discharge tube as the pumping element.

This technology is widely used by major medical equipment manufacturers and offers the following advantages:

• Reliable resource: Laser life is not limited
• Accuracy: The radiofrequency tube provides stable laser radiation, ensuring the same diameter and depth of the ablation zone, regardless of the number of impact points per square centimeter. The use of alternating current allows for increased pulse frequency, increasing speed and efficiency.
• Easy maintenance: The RF tube only requires air cooling, eliminating the need for water changes every 30 days. They do not require complex maintenance.
• Ease of operation and transport: Fractional lasers with glass tubes are quite fragile and sensitive to temperature changes, while RF tubes, like metal blocks, are almost invulnerable to damage during transport.

These advantages make the fractional laser RF module an attractive option for medical equipment requiring reliability, precision, and ease of use.

The prolonged effect is provided by the tissue's response to microdamage under the influence of significant mechanical, physical, and chemical factors. The result is controlled aseptic inflammation that lasts for several days.

The process promotes active tissue proliferation and the synthesis of new collagen within the treated areas. This results in the formation of new structural elements of the dermis and epidermis, which externally reveals skin rejuvenation and tightening.

Possible side effects

Although laser ablation is a minimally invasive procedure, fractional laser radiation causes quite severe burn injuries and is generally dangerous as a source of high-energy radiation. Therefore, the session must be performed by a qualified cosmetologist.

Side effects include:

• Prolonged swelling of the tissues
• Painful sensations in the treatment area
• Infection of the damaged area if hygiene is not observed during the procedure.

During the session, the use of protective equipment—glasses for both the doctor and the patient—is mandatory, and is included in the set.

Protocol for the use of fractional CO2 laser

The laser ablation procedure for facial and body skin includes the following stages:

1. History collection. Before performing the procedure, it is necessary to carefully collect the patient's medical history and discuss the final outcome with the client.
2. Superficial cleaning of the skin using an ultrasonic scrubber
3. Disinfection of the treatment area. Before the procedure, you should clean the skin with a soap solution, then wash it with water and treat it with chlorhexidine.
4. Anesthesia. It is best to use epidermal cooling to anesthetize the affected area. Cryogenic cooling can also be used. In the absence of the methods listed above, anesthetic application in the form of lidocaine cream can be used.
5. After exposure, you should remove the cream with dry tissues.
6. Treatment of the affected area with chlorhexidine 3 times
7. Treatment of the impact area
8. Apply a healing cream.

Depending on the treatment area required, a laser ablation session can last up to 60 minutes. Minor cosmetic defects and neoplasms can be removed in a single pass.

Indications and contraindications

The indications for the ablation procedure are:

• Presence of recurrent warts and condylomas
• Sebaceous gland hyperplasia
• Keloid and atrophic scars
• Stretch marks
• Xanthelasma
• Hemangiomas
• Pigmentation.

Contraindications include:

• Malignant neoplasms
• Collagenosis
• Fever of unclear etiology
• Thyroid gland disease
• HIV and hepatitis C infections
• Bacterial and viral skin diseases
• Somatic diseases in the decompensation stage
• Medium and deep chemical dermabrasion in the last six months
• Pregnancy and lactation period.

A dermatologist should carefully review the patient's medical history before prescribing fractional laser procedures.

However, laser lifting and scar resurfacing requires three sessions with breaks corresponding to a total recovery period of 7 to 14 days.

Why buy equipment from our brand?

Here are five obvious reasons:

1. The MED-X Laser fractional CO2 laser was developed with all the requirements of professionals in mind and adapted to the national standards of the health and beauty industry.
2. A clear and simple interface allows you to quickly master the laser
3. The recovery period is minimal. After completing the course, no traces remain on the skin.
4. We offer free training on our devices with delivery to your salon or clinic.
5. The manufacturer's warranty is 18 months.

At the end of the warranty period, we will provide you with informational support, updates, and preferential delivery of the necessary components.

Type of laser	fractionated CO2
Impact energy	from 2.1 mJ to 400 mJ
The power of the pump lamp	40 W
Pulse duration	from 0.1 to 10ms
Pulse rate	0.1-10 Hz
The wavelength of light radiation	10600 nm
The size of the light radiation spot	0.02 – 0.05 mm2
Pump Lamp Warranty Appeal	18 months
The number of influence light points	max. 400 points
The distance between the points of influence of the light	adjustable from 0.1 to 2.6 mm
The shape of the zone of influence	rectangle, ellipse, circle, line, square, triangle, hexagon
Pointer beam	semiconductor laser with a wavelength of 635 nm, power up to 5 mW
Laser beam transmission system	seventh hinged optical waveguide
Refrigeration system	air
Device parameters
Power grid parameters	220-240 V / 50 Hz
Energy consumption	650 W or less depending on the selected intensity and operating mode
protection class	IP20
Overall dimensions of the waveguide device (H*D*W)	1677*488*398mm
Device weight (net)	46.7 kg
Overall dimensions of the device in the package.	1132*630*650 mm
Weight of the device in the package (gross)	74.1 kg